
% n=4;
% M1=0+0.5*lhsdesign(30,6*n);
% % M2=0.5+0.5*lhsdesign(30,5*n);
% % sigma=1+0.55*lhsdesign(30,6*n); %0.95699
% sigma=1+0.75*lhsdesign(30,6*n);
% c0=0.51*lhsdesign(30, 7*n); 
% S=0.5*rand(30,7*n);
% pop=[M1,sigma,c0,S]; %0.94199

n=4;
M1=0+0.5*lhsdesign(30,6*n);
% M2=0.5+0.5*lhsdesign(30,5*n);
% sigma=1+0.55*lhsdesign(30,6*n); %0.95699
sigma=1+0.64*lhsdesign(30,6*n);
c0=0.51*lhsdesign(30, 7*n); 
S=0.5*rand(30,7*n);
pop=[M1,sigma,c0,S]; %0.94199


inin_pop=pop;
% inin_pop=-1+2*lhsdesign(30, 110);
save('inin_pop.mat','inin_pop');

% n=4;
% load inin_pop2.mat
% M1=inin_pop(1:30,1:20);
% M2=rand(30,5*n);
% sigma=inin_pop(1:30,21:40);
% c0=inin_pop(1:30,41:64);
% S=inin_pop(1:30,65:88);
% pop=[M1,M2,sigma,c0,S];
% inin_pop=pop;
% save('inin_pop.mat','inin_pop');

